beaker #2
5. water concentration is highest:
in the cell in the solution they are equal
6. the solution is:
hypertonic isotonic hypotonic
(color water dark blue) (keep same) (color water white)
7. draw an arrow to show the movement of water.
8. the cell will:
swell shrink stay the same size
beaker #3
9. water concentration is highest:
in the cell in the solution they are equal
10. the solution is:
hypertonic isotonic hypotonic
(color water dark blue) (keep same) (color water white)

Question

beaker #2
5. water concentration is highest:
in the cell  in the solution  they are equal
6. the solution is:
hypertonic  isotonic  hypotonic
(color water dark blue)  (keep same)  (color water white)
7. draw an arrow to show the movement of water.
8. the cell will:
swell  shrink  stay the same size
beaker #3
9. water concentration is highest:
in the cell  in the solution  they are equal
10. the solution is:
hypertonic  isotonic  hypotonic
(color water dark blue)  (keep same)  (color water white)

Accepted Answer

### Beaker #2
#### Question 5: Water concentration is highest:
# Brief Explanations:
To determine where water concentration is highest, we compare the water percentages. The cell has 75% water, and the solution has 60% water. Since 75% > 60%, the water concentration is highest in the cell.
# Answer: In the cell

#### Question 6: The solution is:
# Brief Explanations:
A hypertonic solution has a lower water concentration (higher solute) than the cell. The cell has 75% water (25% solute), and the solution has 60% water (40% solute). The solution has less water (more solute) than the cell, so it's hypertonic.
# Answer: Hypertonic

#### Question 7: Draw an arrow to show the movement of water.
# Brief Explanations:
Water moves from high to low concentration. The cell has 75% water, the solution has 60% water. So water moves out of the cell (from cell to solution) because the solution has a lower water concentration (higher solute, hypertonic), causing water to leave the cell.
# Answer: Arrow from the cell (inside) to the solution (outside the cell)

#### Question 8: The cell will:
# Brief Explanations:
When a cell is in a hypertonic solution, water leaves the cell, so the cell will shrink (lose water and decrease in size).
# Answer: Shrink

### Beaker #3
#### Question 9: Water concentration is highest:
# Brief Explanations:
Compare water percentages. The cell has 60% water, and the solution has 60% water? Wait, no—wait, the cell: 60% water, 40% solute. The solution: 60% water, 40% solute? Wait, no, the solution is labeled 60% water? Wait, the cell is 60% water, 40% solute. The solution is 60% water, 40% solute? Wait, no, the solution is "Solution: 60% Water, 40% Solute". The cell is "Cell: 60% Water, 40% Solute". So water concentration is equal (both 60% water). So "They are equal".
# Answer: They are equal

#### Question 10: The solution is:
# Brief Explanations:
An isotonic solution has the same water (and solute) concentration as the cell. Since both the cell and solution have 60% water (40% solute), the solution is isotonic.
# Answer: Isotonic

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Explanation:

Beaker #2

Question 5: Water concentration is highest:

Answer:

Question 6: The solution is: